Description Usage Format Note Author(s) Source See Also Examples
This data set provides qscore
objects that can be
applied to normalized arrayCGH
objects in order to
evaluate data quality after normalization.
1 | data(qscores)
|
The following qscore
objects are provided:
clone.qscore | number of clones | |
pct.clone.qscore | percentage of clones | |
pct.spot.qscore | percentage of spots | |
pct.spot.before.qscore | percentage of spots before normalization | |
pct.replicate.qscore | average percentage of replicates | |
smoothness.qscore | signal smoothness | |
var.replicate.qscore | ||
dyn.x.qscore | signal dynamics on X chromosome | |
dyn.y.qscore | signal dynamics on Y chromosome | |
People interested in tools for array-CGH analysis can visit our web-page: http://bioinfo.curie.fr.
Pierre Neuvial, manor@curie.fr.
Institut Curie, manor@curie.fr.
spatial
, qscore.summary.arrayCGH
,
qscore
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 | data(qscores)
data(spatial)
## define a list of qscores
qscore.list <- list(clone=clone.qscore, pct.clone=pct.clone.qscore,
pct.spot=pct.spot.qscore, pct.replicate=pct.replicate.qscore,
smoothness=smoothness.qscore, dyn.x=dyn.x.qscore, dyn.y=dyn.y.qscore,
var.replicate=var.replicate.qscore)
## compute quality scores for a couple of normalized arrays
gradient.norm$quality <- qscore.summary.arrayCGH(gradient.norm,
qscore.list)
print(gradient.norm$quality[, 2:3])
qscore.list$dyn.x$args$test <- 23
qscore.list$dyn.y$args$test <- 24
edge.norm$quality <- qscore.summary.arrayCGH(edge.norm, qscore.list)
print(edge.norm$quality[, 2:3])
|
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